Last Name | First Name | Affilation | Title | Scientific Session | Type of Abstract | |
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Oral Abstracts | ||||||
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Anderson | Grant | Paragon Space Development Corporation | Suborbital Research Capabilities and Life Support | Commercial Partners III | Oral | |
Baker | Chris | NASA’s Flight Opportunities and Small Spacecraft Technology Programs | Accelerating the Pace of Space: Increasing Access to Commercial Space Test | Tuesday Plenary Session | Oral | |
Bandla | Sirisha | Virgin Galactic | Research with Virgin Galactic – The Next-Chapter in Microgravity Research | Opening Session Part 2 | Oral | |
Barnett | Brian | Solstar Space Co. & Drums Astro Productions | Playing the Drum Set in Microgravity | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Barnett | Brian | Solstar Space Co. | Connecting Orbiting Spacecraft and Humans: Suborbital, Low Earth Orbit, and Lunar Orbit and Surface Connectivity | Commercial Partners I | Oral | |
Blix | Kolbjorn | Andoya Space | The Grand Challenge Initiative – CUSP and M/LT projects | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
Brownie | Barbara | The Royal College of Art | Dressing space tourists for microgravity: Considerations for spacewear designers | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Bulk | Tim | Special Aerospace Services (SAS) | NASA’s Suborbital Crew Program -A new approach to risk assessment and flight readiness of human tended suborbital space systems | NASA’s Suborbital Crew Program | Oral | |
Collicott | Steven | Purdue University | Parabolic Flight Testing of Integration Zero-g Surgery Suite, Tools, and Fluids Separator | Bioastronautics and Human Factors | Oral | |
Coleman | Kelvin | Federal Aviation Administration AST | Safety Drivers for Human Spaceflight Research | Opening Session, Part 1 | Oral | |
Crosby | Kevin | Carthage College | The Propellant Refueling and On-orbit Transfer Experiment: Flight results from the New Shepard P11 Mission | Technology Testing & Rockets | Oral | |
Crosby | Kevin | Carthage College | The Embedded Teacher Project: Parabolic Flight Research for Middle School Classrooms | Education & Public Outreach | Oral | |
Cuttino | Marsh | Orbital Medicine, Inc | Space Medicine | Bioastronautics and Human Factors | Oral | |
Cuttino | Marsh | PhysioWave | Space to Silicon Valley: The Journey from Experiment to Commercialization | Markets and Policy | Oral | |
Davidian | Ken | Impossible Research LLC (IRL) | Suborbital Spaceflight Industry Emergence Research | Markets and Policy | Oral | |
Deri | Sascha | bluShift Aerospace, Inc. | Doubling Research Time in Space | Commercial Partners II | Oral | |
Dove | Addie | University of Central Florida | Lunar and Asteroid-Relevant Environments Across Sub-Orbital Flight Platforms | Technology Testing & Rockets | Oral | |
Downing | Walt | Southwest Research Institute | Southwest Research Institute Space Sector Overview | Opening Session Part 1 | Oral | |
Drees | Katrina | Commercial Spaceflight Federation | Democratizing Access to Space: What Lies Ahead | Opening Session, Part 1 | Oral | |
Gonyea | Jeff | Zack and Zoey Adventures | Bringing Suborbital Science to the Next Generation: Students – from College to Elementary School | Education & Public Outreach | Oral | |
Gourley | Jonathan | NOAA/National Severe Storms Laboratory | Exploring the potential for transformative weather radar observations from the stratosphere | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
Green | Steve | Southwest Research Institute | Suborbital Testing of a Large-Scale Liquid Acquisition Device for Cryogenic Fluid Management | Technology Testing & Rockets | Oral | |
Hibbitts | Charles | JHUAPL | Visible Spectroscopy of the Atmosphere above West Texas from Ground Level to 350,000 ft via a Commercial Suborbital Rocket | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
Karasu | Oguz | Istanbul University | An Approach for Economic Efficiency Ratio on The Rocket Launches and Space Debris | Markets and Policy | Oral | |
Kloska | Jeff | Colorado Air and Space Port | Update on the Colorado Air and Space Port | Commercial Partners II | Oral | |
Lai | Gary | Blue Origin | The Past, Present and Future of Suborbital Research on New Shepard | Tuesday Plenary Session | Oral | |
Lewis | Michael | Nanoracks | Opportunities in Space: How Microgravity Research on New Space Vehicles can Directly Transfer to Research on Space Stations | Commercial Partners I | Oral | |
Massingill | Kyle | Arizona State University | CubeSounder: Development of Microwave Radiometer 3D Weather Imaging Sensors | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
McCoy | Bob | University of Alaska, Fairbanks | Aerospace Research in Alaska with the Geophysical Institute | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
Mechtly | Victoria | RS&H, Inc. | Enabling Productive and Innovative Research Through Smart Infrastructure Planning and Implementation | Commercial Partners I | Oral | |
Miller | John | University of Louisiana at Lafayette | Using a Pelletron to Simulate Space Radiation for Small Space Vehicles | Technology Testing & Rockets | Oral | |
Pandya | Shawna | International Institute for Astronautical Sciences | Citizen-Science Astronautics Testbeds for Team and Science Training for Suborbital Flight | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Pandya | Shawna | International Institute for Astronautical Sciences | Teaching Microgravity Sciences Courses using Parabolic Flight as a Testbed for Suborbital Payloads | Education & Public Outreach | Oral | |
Pantalos | George | University of Louisville | Preparation for Interactive Human Tended Suborbital Flight Research | Bioastronautics and Human Factors | Oral | |
Pantalos | George | University of Louisville | Suborbital Flight Evaluation of a Surgical System for Reduced Gravity | Bioastronautics and Human Factors | Oral | |
Putman | John | The San Fernando Mental Health Center | Neurofeedback as a Non-pharmacologic Countermeasure to the Negative Effects of Microgravity on Human Performance | Bioastronautics and Human Factors | Oral | |
Reimuller | Jason | International Institute for Astronautical Sciences | Enabling an Inclusive and Professional Future in the Era of Commercialized Spaceflight | Commercial Partners III | Oral | |
Reimuller | Jason | International Institute for Astronautical Sciences | Mechanical Gravity-Offset as a Low-Cost Testbed for Human Researchers and Test Subjects | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Reuter | James | NASA Space Technology Mission Directorate | NASA Space Technology Update | Opening Session, Part 1 | Oral | |
Robinson | Eric | Green Launch, Inc. | Light-Gas Launch Vehicle for Atmospheric Sampling | Atmospheric, Ionospheric & Aeronomical Science | Oral | |
Rodway | Khaki | Dawn Aerospace | Introducing the Dawn Mk-II Aurora: The New Rocket-Powered Spaceplane for Suborbital Research and Education | Commercial Partners III | Oral | |
Romero-Calvo | Alvaro | Georgia Institute of Technology | The Magnetically Enhanced Electrolysis (MEE) Experiment | Technology Testing & Rockets | Oral | |
Roussel | Thomas | University of Louisville | Development of an Automated System Controller to Enable Suborbital Flight Evaluation of a Surgical System for Reduced Gravity | Bioastronautics and Human Factors | Oral | |
Runyon | Kirby | Planex – Planetary Experience Consulting LLC | Geology Field Training in Preparation for Suborbital Spaceflights | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Russell | Bobby | Quest for Stars | T Plus Six Years and Counting: The Journey of the Commercial Space Student Payload | Education & Public Outreach | Oral | |
Saindon | Luke | bluShift Aerospace Corp | Design Philosophy of Biofueled Hybrid Engine Launch Vehicles | Technology Testing & Rockets | Oral | |
Sapkota | Dhaka | Florida Space Institute | Presenting the Florida Space Institute | Commercial Partners I | Oral | |
Seedhouse | Erik | Embry-Riddle Aeronautical University | Application of Virtual Reality and Neutral Buoyancy to train Suborbital Scientists | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Shinde | Pradeep | SpaceLoon | Mesospheric Sub-orbital Ballooning System (MSBS) for Low-cost, Instant, and Long-Duration Mesospheric Access for Research, Testing, and Technology Demonstrations | Technology: Balloons | Oral | |
Smith | Thomas | King’s College London | Recent insights into physiological effects of suborbital spaceflights | Bioastronautics and Human Factors | Oral | |
Smith | H. Todd | Johns Hopkins University Applied Physics Laboratory | JHU APL JANUS Program: Establishing a pipeline-based suborbital launch program | Launch Systems | Oral | |
Stern | Alan | Southwest Research Institute | Preparing for a Suborbital Research Flight Via a Submersible Dive to the RMS Titanic | Suborbital REM Scientist and Educator Flight Preparation & Training | Oral | |
Tucker | Kevin | Near Space Corporation | Precision Payload Return for Stratospheric Balloons | Technology: Balloons | Oral | |
Van Der Werff | Russ | Aerostar | Breaking Down Barriers to Stratospheric Flight | Commercial Partners II | Oral | |
White | Frank | Author of The Overview Effect | The Overview Effect and Suborbital Flights | Closing Session | Oral | |
Yoder | Chris | NASA Wallops Flight Facility | NASA Balloon Program Overview | Technology: Balloons | Oral | |
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Poster Abstracts | ||||||
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Brisset | Julie | Florida Space Institute, University of Central Florida, Orlando, FL | The MESS Payload: Hands-on Experience for Undergraduates in Planetary Science Spaceflight Hardware | Poster | ||
Callaham | Jordan | University of Florida | Flexing FLEX for Suborbital Studies: Biological Imaging & More | Poster | ||
Galdamez | Anthony | International Institute of Astronautical Sciences (IIAS) | Bio-Algae Regulator for Photobioreactors Used in Suborbital flight and Lunar Life Support Systems | Poster | ||
Harris | Ed | Energy Made Visible | Space Seeds: A Low Cost Science Kit Bringing the Experience of Suborbital Spaceflight to Classrooms Around the World | Poster | ||
Helbing | Jan | SpinLaunch | Replacing Sounding Rockets with Mass Accelerators? | Poster | ||
Jamison-Hooks | Tracee | ASU School of Earth and Space Exploration | Science Hardware Engineering PlatformS (SHEPS) for Remote Sensing and Space Flight Applications | Poster | ||
Narayanan | Ranga | University of Florida | A Novel Technology to Measure Surface Tension of Materials in Microgravity- Application to Additive Manufacturing | Poster | ||
Nene | Gaurav | Embry Riddle Aeronautical University – Prescott | The Embry Riddle Suborbital Reusable Vehicle (ERAUSRV): Getting to Space Cheaper and More Often | Poster | ||
Pandya | Shawna | International Institute for Astronautical Sciences | Testing a virtual reality medical module in parabolic flight as a proof-of-concept for future space missions | Poster | ||
Pandya | Shawna | International Institute for Astronautical Sciences | Testing non-invasive biometric sensors in parabolic flight as a proof-of-concept for monitoring well-being while performing mission tasks | Poster | ||
Pickens | Aaron | University of Colorado, Boulder | High-Altitude Atmospheric Observations with the FaLling Aerogel Re-entry Experiment (FLARE) | Poster | ||
Veach | Todd | Southwest Research Institute | FIRESAT: A Demonstrator Application for the SwRI Pleiades Development Program | Poster | ||
Waddell | Taylor | University of California, Berkeley | Use of Computed Axial Lithography as an In-Space Manufacturing Technology: Initial Verification Through Suborbital Testing | Poster | ||
Walsh | Curt | Cygnidyne Heavy Industries, LLC | Second Generation Rocket Powered Lander Development for NASA Sponsored Suborbital Flight and Payload Integration Testing | Poster | ||
Werneken | Matthew | Columbia University | MicroCHaS: Condensing IFU Spectroscopy to an Accessible Scale | Poster | ||